The Ministry of Science and Technology issued a notice on supporting the construction of a new generation of artificial intelligence demonstration application scenarios. The first batch of ten demonstration application scenarios supported the construction of smart farms, smart ports, smart mines, smart factories, and smart Homes, smart education, autonomous driving, smart diagnosis and treatment, smart court, smart supply chain.
The notice proposes that for the further expansion of autonomous driving from specific roads to conventional roads, key technologies such as high-accuracy environmental perception and over-the-horizon information sharing, vehicle-road-cloud integration, and vehicle-road-cloud integration should be used. Carry out demonstration applications of autonomous driving scenarios under complex driving conditions such as intersections, roundabouts, and ramps, and promote the development of scenarios such as expressway unmanned logistics, high-level autonomous vehicles, intelligently networked buses, and autonomous valet parking.
Notice of the Ministry of Science and Technology on Supporting the Construction of New Generation Artificial Intelligence Demonstration Application Scenarios Guoke Fa Regulation  No. 228 Science and technology departments (commissions and bureaus) of all provinces, autonomous regions, municipalities directly under the Central Government and cities under separate state planning, and Science and Technology Bureau of Xinjiang Production and Construction Corps: In order to accelerate the promotion of artificial intelligence applications, help stabilize the economy, and cultivate new economic growth points, according to the "New Generation Artificial Intelligence Development Plan" issued by the State Council, in accordance with the Ministry of Science and Technology and other six departments jointly issued "On Accelerating Scenario Innovation with a High Level of Artificial Intelligence". "Guiding Opinions on Promoting High-Quality Economic Development by Application", is now starting to support the construction of a new generation of artificial intelligence demonstration application scenarios. The relevant matters are notified as follows. 1. Work objectives Adhere to the frontier of science and technology in the world, the main battlefield of the economy, the major needs of the country, and the health of the people, give full play to the role of artificial intelligence in empowering economic and social development, and support a group of For AI application scenarios with a good foundation, strengthen the upstream and downstream cooperation of R&D and the integration of new technologies, and create a batch of replicable and popularized benchmarking demonstration application scenarios. The first batch to support the construction of ten demonstration application scenarios. 2. The first demonstration application scenarios (1) Smart farms. For the production process of rice, corn, wheat, cotton and other crops, focus on key operation links such as "ploughing, planting, management, and harvesting", and use key technologies such as agricultural intelligent equipment for group intelligent autonomous and unmanned operations to build farmland soil changes automatically. Adapt to typical scenarios of large-scale operations such as perception, agricultural machinery behavior control, group real-time collaboration, and smart farm brains to achieve intensive, less labor-intensive, and precise agricultural planting and management. (2) Smart ports. For key business links such as berths, quayside crane management, storage yards, and stowage scheduling in ports, key technologies such as intelligent terminal machinery and digital twin integrated production time-space management and control systems are used to carry out automatic ship stowage, automatic operation paths and berth plans. Scenario applications such as optimization, coordinated scheduling of horizontal transport vehicles and new rail transit equipment, and intelligent yard location selection will form intelligent solutions covering terminal operation, operation monitoring and equipment health management, and create a world-class super-large intelligent port. (3) Smart mines. In response to the high-quality and safe development of mines in my country, focus on underground mines and open-pit mines, and use a new generation of autonomous and controllable information technologies such as artificial intelligence, 5G communications, and basic software to build underground mines with “digital network connectivity, unmanned operation, intelligent inspection, remote The normalized operation of "intervention" to demonstrate the mining face, carry out the demonstration application of unmanned operation of open-pit mine trucks and the cooperative autonomous operation of shovel and load, and reduce personnel and replace personnel through intelligent technology, so as to comprehensively improve the intrinsic safety level of my country's mining industry. (4) Smart factories. Aiming at key business links such as production scheduling, parameter control, and equipment health management in process manufacturing and discrete manufacturing factories, the comprehensive use of factory digital twin, intelligent control, optimization decision-making and other technologies enables intelligent decision-making in the production process, flexible manufacturing, and large-scale equipment. Energy consumption optimization, intelligent equipment diagnosis and maintenance, etc., have formed intelligent factory solutions with industry characteristics that can be replicated and promoted, and have been demonstrated and applied in key industries such as chemical industry, steel, electric power, and equipment manufacturing. (5) Smart home. For the personalized and intelligent needs of home appliances, diet, escort, and health management in future family life, use cloud-side intelligent decision-making and active services, scene engines and adaptive perception and other key technologies to strengthen active reminders, intelligent recommendations, health management, Comprehensive demonstration applications such as smart zero operation promote the realization of whole-house integrated intelligent control coverage ranging from single-product intelligence to whole-house intelligence, from passive control to active learning, and compatible development of various smart products. (6) Intelligent education. Aiming at the key links of "preparation, teaching, training, testing, and management" in youth education, use key technologies such as learning cognitive state perception, smart learning and smart classrooms to teach in different places without perception, and build intelligent education that integrates virtual reality and supports cross-platform. Basic environment, focusing on primary and secondary schools in underdeveloped areas, supporting the development of intelligent education demonstration applications, improving the coverage of high-quality educational resources, and helping rural revitalization and the implementation of the national education digitalization strategy. (7) Autonomous driving. In response to the further expansion of autonomous driving from specific roads to conventional roads, key technologies such as high-accuracy environmental perception and over-the-horizon information sharing through fusion of vehicle-end and road-end sensors, and collaborative decision-making and control of vehicle-road-cloud integration are used to develop intersections. Demonstration and application of autonomous driving scenarios under complex driving conditions such as roundabouts, ramps, etc., to promote the development of scenarios such as expressway unmanned logistics, high-level autonomous vehicles, intelligent networked buses, and autonomous valet parking. (8) Intelligent diagnosis and treatment. For common diseases, chronic diseases, frequently-occurring diseases and other needs for diagnosis and treatment, based on the large-scale construction of database knowledge bases in the medical field, large-scale medical artificial intelligence model training and other intelligent medical infrastructure, the use of artificial intelligence can provide evidence-based diagnosis and treatment decision-making key medical technology, establish artificial intelligence A new model of intelligent empowerment of medical services. Focus on county-level hospitals to improve the level of primary medical services. (9) Smart Court. For litigation services, trial enforcement, judicial management and other court business areas, use key technologies such as unstructured text semantic understanding, judgment reasoning analysis and reasoning, and intelligent risk identification to strengthen automatic generation of court transcripts, intelligent push of similar cases, and intelligent decision-making for the entire case. The application demonstration of intelligent scenarios such as assistance, automatic generation of judgment documents, adaptive inspection of case files, and automatic trial quality and efficiency evaluation and supervision can effectively resolve conflicts between many cases and few cases, and promote the modernization of the trial system and trial capacity. (10) Intelligent supply chain. For key links such as intelligent warehousing, intelligent distribution, and cold chain transportation, use key technologies such as human-computer interaction, logistics robotic arm control, reverse customization, demand forecasting and after-sales tracking to optimize scenario-driven intelligent supply chain algorithms to build intelligent and efficient. , coordinated supply chain system, promote the large-scale application of intelligent logistics and supply chain technology, improve product inventory turnover efficiency, and reduce logistics costs. 3. Organization and implementation The Ministry of Science and Technology takes the achievements of the national science and technology plan projects as the main basis and the national new-generation artificial intelligence innovation and development pilot zone as the main support, gives full play to the role of the national new-generation artificial intelligence open innovation platform enterprise, and selects a number of demonstration application scenarios to support the construction. All local science and technology departments (commissions, bureaus) and pilot areas recommend to the Ministry of Science and Technology the demonstration application scenarios to be supported for construction. After review and evaluation, the Ministry of Science and Technology will determine whether to support them, and publicize and promote the scenarios that meet the construction standards. Contact person and telephone number: Xu Qian, Department of Strategic Planning, 010-58881670 Chang Xinshi, 010-58881615 Ministry of Science and Technology August 12, 2022